design work as well as observations of theongoing group performance in the design and construction of the capstone projects.Biographical Information MAJ Brian J. Novoselich graduated from the United States Military Academy in 1996 with aBachelor of Science degree in Mechanical Engineering. He earned a Master of Science degree inmechanical engineering from the University of Texas at Austin in 2006. He has served in variouscommand and staff positions during his Army career and is currently the course director for theautomotive sub-discipline courses at USMA. In addition he is the head faculty advisor for the Baja SAEdesign teams. MAJ Justin Highley graduated from the United States Military Academy in 1995 with a Bachelorof Science
government and non-profit organizations. He claimed to be very interested and vested in his teaching career and teaching-related issues. Overall, he seemed reasonably satisfied with his student ratings, reporting them as good to excellent. However, he felt the need to improve his ratings and did so by continuing to modify the courses that he teaches, and to seek out resources when developing new courses.• Fay: Fay is an engineering educator who was trained in a traditional engineering discipline and has 15+ years of teaching experience within a traditional engineering department. She reported having limited industry experience, which consisted mostly of internships while she was a student. In her position at the time of the
indicate that while 34% of them did biographical presentations,only 6% of students said this type of presentation was their favorite. The fact that over half ofthe presentations this year (in the aggregate) were related to biographies may have loweredstudent enthusiasm somewhat.Two new questions were specifically added to the 2007 post-activity survey to investigate howstudents feel about learning about engineers. These questions were: • “Knowing about engineers makes me more interested in engineering as a career,” and • “Learning about engineers is more important than learning about devices.”The results of these questions are shown in Table 7. Table 7. Responses to Career/Devices Questions
VirginiaTech will continue to have an impact throughout my career. Skills such as public speaking,teamwork, and insights into how to start my career in the academic world will doubtless proveinvaluable. However, I also hope that my social and personal experiences at Virginia Tech willcontinue to have an impact, and that the relationships that I have built with my advisor, fellowgroup members, and the other REU fellows will continue long past the end of this program.”Fellow # 2: “The program set up was ideal, in my opinion. The Friday meetings and seminarswere most helpful and for the most part I enjoyed the speakers tremendously. The chance topresent on our research topic every two to three weeks was extremely helpful in the developmentof my
opportunities. The Lab alsocoordinates education and public outreach to inspire younger students to pursue careers inscience, technology, engineering, and math.As a development strategy, the SSPL focuses on fostering a collaborative and open environment Page 13.1253.2for its students. By providing a location for students to congregate between classes or to meetfor homework discussions, the Lab is a confluence of students from various majors, years,backgrounds, and experiences. In addition, multidisciplinary teams are encouraged rather thansingle-major groups. By bridging the otherwise disjoined diversity of students’ majors andideas, the Lab’s students
analysis. well as to analyze and interpret data Spreadsheets Fluids 8.To be able to describe the various (d) an ability to function on multi-disciplinary teams Engineering Fields All projects engineering/management disciplines Engineering Functions (ME, CE, ECE, EMN), and the various engineering Careers/Jobs functions (research, development, testing, design, (i) a recognition of the need for, and an ability Guest speakers construction, etc
working in a cross-cultural environment.More than sixty percent of the students reported that their participation in INNOVATE2007 increased their knowledge about how globalization impacts their careers, what arethe major components of effective leadership in a global context, and how technologyimpacts local economies, results consistent with student evaluations in each of theprevious years of the conference. Additionally, they report that their participation is aninfluence on career-related actions that they intend to take, such as pursuing a job withsignificant international responsibilities. The conference organizers used the InterculturalDevelopment Inventory (IDI) for the first time to assess the 2007 conference. Althoughcomplete results are
, mathematics and engineeringtechnology. However, in our, career-oriented college, physics and mathematics must be Page 13.1123.6closely connected to and support their applications in engineering-technology courses. Thisis the problem we are trying to solve.Our ApproachWe think that the main problem is not a lack of foundational knowledge, but the inability ofstudents to transfer that knowledge from mathematics and science to the technologies. Manystudents think of their college career as a number of disconnected courses that need to bepassed in order to graduate. As explained earlier, our approach to facilitate knowledgetransfer is to use the paradigm of
Max-Planck Institute in Germany, where he continued his atmospheric research using radar. In 1997, he became a research scientist at the Swedish Institute of Space Physics as part of the Atmospheric Research Programme. In 2000, Dr. Chilson returned to the US to begin work in Boulder, CO, where he was appointed as a Research Scientist with the Cooperative Institute for Research in Environmental Sciences (CIRES). Since 2005, he has been an Associate Professor in Meteorology at the University of Oklahoma. Throughout his career, Dr. Chilson has been heavily involved in the development and use of radar and radar technologies for the investigation and study of the Earth's
practical career considerations. Anoverview of the literature reveals that other, similar, courses have been developed. Thebackground and preparation of the instructor is presented, including training and advancepreparation of course materials. The workbook contents, accompanying computer files, and howit was selected is also described. The course content and method of delivery are discussed. Adescription of the scope of the course and how it relates to and supports other courses in theprogram is provided. Scheduling, exams, and grades, are also described. Special circumstancessurrounding the initial offering of the course, including the results of a student survey, arepresented. The course is described in terms of being in an ongoing process of
post-tests covering conceptual information, and researcher field noteswere used as the primary sources of data. From these data, themes were identified, and actionswere taken to address each of these feedback themes to better correspond to the learning goalsidentified for the lesson.IntroductionThe face of science, engineering, and technology is rapidly changing. The biggest trends are alsothe smallest, as nano-scale phenomena prove to be more and more important in a wide range ofapplications. However, we still have yet to include these nano-scale phenomena in oursecondary science curricula, leaving students unprepared to enter important careers innanoscience, engineering, and technology.Professional development efforts are one way to combat
. Following Peace Corps service he plans to attend graduate school in the United Kingdom for a degree related to his primary career interest, engineering for international development. He is 23. Page 13.725.1© American Society for Engineering Education, 2008 Including Questions of Military and Defense Technology in Engineering Ethics EducationWe review the strong historical inter-relationships between the discipline of engineeringand the military, and provide additional data to illustrate that these ties persist today.With the association to military and defense-related enterprises comes a host of
program, we started by reviewing our objectives and outcomes to ensurethey were relevant and aligned with the needs of our various stakeholders. To determine if we wereappropriately aligned as a program, we started by considering what lies at the very heart of what we aretrying to accomplish – the mission of the United States Military Academy: To educate, train, and inspire the Corps of Cadets so that each graduate is a commissioned leader of character committed to the values of Duty, Honor, Country and prepared for a career of professional excellence and service to the Nation as an officer in the United States Army. (Educating, 2007)We also derived insights from the educational goals of the Military Academy found in
program, we started by reviewing our objectives and outcomes to ensurethey were relevant and aligned with the needs of our various stakeholders. To determine if we wereappropriately aligned as a program, we started by considering what lies at the very heart of what we aretrying to accomplish – the mission of the United States Military Academy: To educate, train, and inspire the Corps of Cadets so that each graduate is a commissioned leader of character committed to the values of Duty, Honor, Country and prepared for a career of professional excellence and service to the Nation as an officer in the United States Army. (Educating, 2007)We also derived insights from the educational goals of the Military Academy found in
the regulatory process? (Mean score = 3.9) QUESTION 4: How valuable do you think this course will be for enhancing your abilities and productivity in your current/future job? (Mean score = 4.1)Responses indicate that on average, students do not feel that they have significant experience orknowledge in the topic area, but that most students foresee themselves entering a career in whichthis topic is important. As an elective course, it is not surprising that the students enrolled arethose that recognize a need or perceived usefulness for education in this area. If this course wereto be required, it is likely that the incoming knowledge and experience would remain very low,but that perceived usefulness may also decrease. For
Page 13.545.8these new products and stay ahead of the learning curve compared to their competitors. Thetwo-way partnership with the University and Industry is a win-win situation for the bothpartners. The real beneficiaries of this effort are students who will have an opportunity to beeducated with the latest technology in the classroom and well prepared to enter into the industryafter graduation and become a productive employee to the industry partner right from the start oftheir career.4. References 1. Universal Serial Bus 2.0 Specification http://www.usb.org 2. FT2xx Datasheets http://www.ftdichip.com/Documents/DataSheets.htm 3. FTDI’s DIP development modules http://www.ftdichip.com/Products/EvaluationKits/DIPModules.htm 4
, “CFO seek soft skills,” Robert Half Management Resources, December 20073. Celeste Carter, “The Softer Side of Employment Skills,” Science Career Forum, July 2002 Page 13.1272.7 Appendix A Soft Skills Scorecard FLATE
focused data-based research is conducted using these statistics.Launched Search for Knowledge Management Librarian: The Knowledge ManagementLibrarian will serve a key role in WKC development. WEPAN developed a solicitation incooperation with library professionals from Auburn University and posted it to several nationallibrary career search websites. A search team has been formed and applicant evaluation,interviews and selection will be completed in spring 2008. Page 13.1396.6Future WorkMuch work remains for the WKC. The community-building aspect of the WKC will provideexciting opportunities to uniquely link the knowledge (content) and wisdom
microstructures in high-volume plastic coatings for non-imaging optics applications. He received a BS (1993) in electrical engineering from the Georgia Institute of Technology (Atlanta, GA).Erik Luther, National Instruments Erik Luther, Textbook Program Manager, works closely with professors, lead users, and authors to improve the quality of Engineering education utilizing National Instruments technology. During his last 5 years at National Instruments, Luther has held positions as an academic resource engineer, academic field engineer, an applications engineer, and applications engineering intern. Throughout his career, Luther has focused on improving education at all levels including volunteering
that impede high school female students frompursuing careers in engineering and other technical fields, such as lack of support from familyand teachers, limited guidance for taking advanced prerequisite courses, and limited hands-onexperiences with science and technology.4, 5A recurring problem in engineering education is the high rate of attrition, or the rate at whichstudents withdraw from higher education institutions without finishing a program.6 Statisticsshow that the total attrition from engineering has always been very high.7,8 Research on womenin science and engineering has also helped determine the factors that contribute to female studentattrition, such as the lack of female faculty and role models especially in engineering colleges
hierarchical layers of academic careers, andwere natural step-ahead mentors. However, being an all female group, in a male dominatedengineering technology programs institution, encouraged us toward a co-mentor to each other “afriend with whom one shares mutual assistance.” Our group engaged in a series of interactionsto discuss various aspects of teaching/scholarship/service and professional development inacademe. We shared our individual and interdependent teaching goals/materials, observed eachother’s classroom activities for peer review, inspired each other with scholarship and creativeendeavors, and consulted each other for constructive critique during their major academe careeradvancements.Reflection III: How did we revitalize our understanding
the operating systems class, a class which is normally notencountered until fairly late in a student’s academic career. This paper argues that students needexposure to concurrency much earlier and that those topics should be covered in the core coursesso that students obtain early, positive experience with threaded applications. A particular designfor a set of assignments is presented, using Mandelbrot iteration1 because it is a compute-boundapplication for which students can see remarkable speedup and because the end result is anattractive, highly motivating piece of software that students can get excited about.MotivationMany courses taught in Computer Science (CS) and Computer Engineering (CE) on theundergraduate level must deal with issues
. Survey conducted in 2006: “Export Engineers 1990-2005, status on their careers” (report written in Danish)6. Andersen, Arvid, Preparing engineering students to work in a global environment to co-operate, to communicate and to compete, European Journal of Engineering Education, vol. 29, 549-558, 2004, ISSN 0304- 3797 Page 13.1077.9
material and energy balance class, butthroughout their careers as chemical engineers. Visual/Verbal 25 20 20 15 15 12 12 12 10 9 6 5 3 1 0 0 0 0 -11 -9 -7 -5 -3 -1 1 3 5 7 9 11 Figure 1. Scoring on Felder/Silverman Inventory of Learning Styles (Visual/Verbal
. One ofthe biggest hurdles encountered by students is the uncertainty of theirdegree choice or perhaps career choice and many a student findthemselves taking several experiential courses in the early years of theirpost secondary experience.This paper looks at students who are very focused in their degree plan andhave chosen a specific degree at the community college. These studentsthen transfer into the university setting to complete a bachelor’s degree.Each student in this study have been awarded an AAS (Associate of Page 13.1298.3Applied Science) degree in Civil Engineering Technology (CET) at any ofthe Colorado Community Colleges offering the degree or have taken
Fellows have improved theirpublic speaking skills, felt more prepared for their careers, and felt that they were makinga difference simply by being positive role models. In addition, by working with OSTclubs, the undergraduate Fellows work directly with the graduate Fellow who exposesthem to new areas of research, helps strengthen their math and science skills and providesan opportunity to discuss their post-undergraduate plans. Among the NCSU Fellows amuch higher percentage of undergraduate Fellows plan to attend graduate or professionalschool, as compared to similar statistics for the entire university undergraduatepopulation. The graduate Fellow benefits in much the same way and additionallydevelops managerial and administrative skills.Out-of
which is assessed based upon itscomprehensiveness and originality. Students are required to master the soft skills ofcomprehensive report writing on a weekly basis and of Technical Project Report writing andproject oral presentation based upon the Team’s Final Project. These classroom practices andlaboratory environment provides a challenging and invigorating environment that prepares themfor a lifelong learning process and career path.Bibliography[1] Microchip Technology Inc. 2355 West Chandler Blvd. Chandler, Arizona, USA 85224-6199 (480) 792-7200 http://microchip.com[2] CCS, Inc. Custom Computer Services, Inc. PO Box 2452 Brookfield, WI 53008 www.ccsinfo.com[3] http://freenet
, or as a preferred elective recommended by College of Business program academicadvisors, or as a career exploration opportunity in that most popular major, “undecided”. Anumber of undecided students - and others who switched from a major outside the department –have been recruited as a result of their Enterprise experiences and concurrent exposure to theengineering technology and industrial technology academic programs.The primary purpose of the course, however, has been to serve as an introduction and foundationexperience for new majors in the NAIT (National Association of Industrial Technology)-accredited manufacturing degree program1, a unit of the Department of Mechanical & Electrical
/her for a gratifying career that involveshigh performance engines, intrepidly aerodynamic and sporty vehicles, fast race cars, andexciting auto race events.The ODU - PHCC Partnership and Close Involvement.PHCC and ODU from start were de-facto close partners in the implementation of theMotorsports Technology program. In effect, the bachelor’s program builds on the AssociateDegree program in Motorsports Technology offered by PHCC. Serious efforts have been madeto establish a close coordination between the academic requirements of both programs. Acoordinated articulation will allow a seamless and efficient transfer of graduates from PHCC intothe bachelor’s program.An important initial step, prior to an articulation agreement, has been the